A novel ageing-related pathway regulating ROS homeostasis

Biochemistry, Genetics and Molecular Biology

1. Kinase 100%
2. Longevity 88%
3. Amyloid Precursor Protein 88%
4. Regulatory Mechanism 60%
5. Species 59%
6. Signal Transduction 59%
7. Lysozyme 59%
8. Gene Expression 59%
9. Stress 59%
10. Stress Granule 53%
11. Homeostasis 40%
12. Aging 38%
13. COQ7 29%
14. Cellular Respiration 29%
15. Unfolded Protein Response 29%
16. Monooxygenase 29%
17. Caenorhabditis Elegans 29%
18. Human 29%
19. Modulation 29%
20. Mitochondrion 29%
21. Aerobic Metabolism 29%
22. Nuclear Gene 29%
23. Breathing 29%
24. Lifespan 29%
25. Metabolic Pathway 29%
26. Genetics 22%
27. Introspection 22%
28. Protein Function 22%
29. Caenorhabditis elegans 20%
30. Dynamics 17%
31. Mammalian Target of Rapamycin 17%
32. Phosphatidylinositol 3,5-bisphosphate 11%
33. Interactome 11%
34. Synthesis 11%
35. Mutation 11%
36. Lipid Signaling 11%
37. Phosphoinositides 11%
38. Motivation 11%
39. Phosphoinositide Metabolism 11%
40. Cell Function 11%
41. Comprehension 11%
42. Messenger RNA 8%
43. Translation Initiation 8%
44. Nematode 8%
45. Survival 8%
46. Phosphorylation 8%
47. mTOR Signaling 8%
48. Oxidative Stress 8%
49. Protein Complexes 8%
50. Cell Survival 8%
51. Human Cell 8%